Inkjet Printing on Alternative Materials with Bryan Whitney: March 14 & 15
Inkjet Printing on Alternative Materials with Bryan Whitney: March 14 & 15
Inkjet Printing on Alternative Materials
Any changes to the program will be announced online.
All programs and events are held at Penumbra Foundation.
36 E. 30th St. New York, NY, 10016
(917) 288-0343 | info@penumbrafoundation.org | penumbrafoundation.org
Images © previous students
Saturday & Sunday
March 14 & 15
10 AM - 6 PM
Class Size Max: 6
Interested in inkjet printing on nontraditional surfaces? Explore alternatives to conventional inkjet paper stocks in this two-day workshop.
Through demonstrations, hands-on learning, and experimentation, students will learn best practices for making inkjet prints on various materials, including transparency paper, silk, and delicate Japanese paper. Participants will learn strategies for using materials that are not designed for inkjet printing, opening up the possibility of printing on nearly any substrate.
By the end of the workshop, students will have a collection of prints and the knowledge to continue printing on a variety of surfaces independently.
$200 materials fee included in tuition
If your desired tuition option is unavailable, please email info@penumbrafoundation.org and we will do our best to accommodate you. If the entire class is sold out, we can add you to the waitlist.
Bryan Whitney is a photographer and artist in New York City who specializes in using experimental imaging techniques for site specific installations. He is an expert in x-ray imaging, 360 and VR photography and printing on alternative materials such as transparencies, mylar, Japanese papers. He holds an MFA in Photography from the Tyler School of Art in Philadelphia and a BA in the Psychology of Art from the University of Michigan, and has been the recipient of a Fulbright lecture grant. His work has been exhibited widely in galleries and he has photographed for a variety of publications such as Fortune, Martha Stewart, Wired and the NY Times. His current work focuses on nature and climate change using immersive imaging techniques.
Images © previous students








